1 |
Alexander, S. D. and Dobbins, R. D., The physical and optical properties of paper made at high salt concentrations, Tappi J. 60(12):121(1977)
|
2 |
Tay, S., Effect ofdissolved and colloidal contaminants in newsprint machine white water on water surface tension and paper physical properties, TAPPI J. 84(8): (2001)
|
3 |
Alexander, S. D. and Dobbins, R. D., The buildup of dissolved electrolytes in a closed paper mill system, Tappi J. 60(12): 117 (1977)
|
4 |
Vendries, E. and Pfromm, P. H., Influence of closure on the white water dissolved solids and the physical properties of recycled linerboard, Tappi J. 81 (9):206(1998)
|
5 |
Webb, L. J., Water and wet-end chemistry, Paper technology 33(6): 30(1991)
|
6 |
Gumagul, N. Ju, S. and Page, H.D., Fibre-fibre bond strength of once-dried pulps, J. Pulp Pap Sci., 27(3):88(2001)
|
7 |
Linhart, F., Auhom, W. J., Degen, H.J. and Lorz, R., Anionic trash: controlling detrimental substances, Tappi J. 70(10):79 (1987)
|
8 |
Dextor, R., Water closure a unique situation for every mill, Appita, 50(5):465 (1997)
|
9 |
Pietschker, D. A., The 100% closed water system What to expect, 1996 Papermakers Conference Proceedings, TAPPI Press, Atlanta, pp. 521-528.
|
10 |
Miyanishi, T. and Motegi, S., The effect of mill closure on the flocculation of various retention aid chemicals, TAPPI J. 84(3): (2001)
|